Drone Infinity Kit

Regular price $499.00
Regular price $0.00 Sale price $499.00
Grades 8-12

Drone Infinity Kit for Advanced UAS Engineering & Design

Regular price $499.00
Regular price $0.00 Sale price $499.00
Shipping calculated at checkout.

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SKU: SKU:93304

The Drone Infinity Kit is an advanced drone engineering system designed for high school STEM and CTE pathways. With this Pitsco Exclusive drone kit, students assemble quadcopter and hexacopter configurations, analyze flight dynamics, and optimize performance using industry-relevant tools and mission-based challenges.

In stock

Students Served: 1-2 students per drone
Quad & Hex Configurations
Quad & Hex Configurations
Industry Grade In-Flight Software (iNav)
Industry Grade In-Flight Software (iNav)
CTSO / Competition Approved
CTSO / Competition Approved
Section 889 Compliant
Section 889 Compliant
WHAT'S INCLUDED
  • Digital Drone Infinity Kit Quick-Start Guide
  • iNav Quick-Start Guide
  • Drone body
  • Flight controller
  • Motors and gearboxes
  • Propeller guards
  • Propellers
  • Carbon fiber frame pack
  • Hardware pack
  • Servo pack
  • Mylar tubes
  • Tube connector pack
  • Battery pack
  • Dual-port charger
  • Radio transmitter
SPECIFICATIONS & SAFETY
  • Quantity: 1
  • Students Served: 1-2
  • Flight Time: 6-8 minutes per battery, depending on drone weight
  • Weight: Less than 100 grams
  • Remote Control: 2.4 GHz radio-controlled drone
  • Note: Section 889 compliant
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Drone Infinity Kit

Drone Infinity Kit

Regular price $499.00
Regular price $0.00 Sale price $499.00

Frequently Bought Together

1
Drone Infinity Camera Kit
+
2
Drone Infinity Battery Pack
+
3
Drone Infinity Propeller Guard Pack

Total: $289.50 (3 items)
Drone Infinity Kit

Planned, Built, Configured, and Tested by Students

Drone Infinity is a full UAS engineering platform built for the classroom. Students build both quadcopter and hexacopter configurations from the same kit, configure flight parameters using iNav software, and compare structural performance across designs. Carbon fiber frames and professional-grade components mean students work with real aviation materials from day one.
Multi-Rotor Configurations

Multi-Rotor Configurations

Build and compare quadcopter and hexacopter systems from one kit.

Carbon Fiber Frame System

Carbon Fiber Frame System

Professional-grade materials give students experience with real aviation components.

 Flight Performance Testing

Flight Performance Testing

Test and compare flight time, load capacity, and stability across quadcopter and hexacopter builds.

Industry-Standard UAS Tools

Industry-Standard UAS Tools

Configure flight parameters using iNav flight software.

What Students Can Do

With the Drone Infinity Kit, students tackle real UAS engineering challenges:
  • Build and compare quadcopter and hexacopter configurations
  • Configure flight controller parameters using iNav software
  • Analyze aerodynamic behavior across different designs
  • Optimize load capacity and weight distribution
  • Test flight performance with carbon fiber frame systems
  • Explore career pathways in aviation, inspection, and emergency response

Compare Similar Products

Feature Current Product
Drone Infinity Kit
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Price $499.00 $129.00 $75.75
Grade Level 8-126-12 3-8
Device Required For coding and camera only
Coding / Programming
Standards Alignment With Teacher's Guide (sold separately)With Teacher's Guide (sold separately) With Teachers's Guide (sold separately)
Students Per Drone 1-2 students 1-2 students 1-2 students
Drone Configurations Quadcopter & HexacopterPre-Built, Ready to Fly Student-Designed Custom Build
Competition Approved
Best For Advanced STEM & CTE ProgramsFlight + Coding Progression Intro to Drone Engineering
View Details View Details

Advanced Engineering in Action

Drone Infinity moves beyond basic flight into full unmanned aircraft systems (UAS) engineering.

Students construct and configure both quadcopter and hexacopter builds from the same kit—comparing structural performance, load capacity, and flight efficiency across configurations. Through iterative testing, learners refine weight distribution, analyze aerodynamic behavior, and optimize flight execution.

Using iNav flight software, students gain hands-on experience with industry-standard configuration tools. They adjust parameters, tune flight behavior, and configure settings—bridging classroom learning with real-world aviation systems.

Seamless classroom implementation: every kit includes a detailed user guide with step-by-step assembly instructions, an easy-to-follow video guide for iNav configuration, and responsive customer support.

Carbon fiber frames. Professional-grade components. Real engineering from day one.

Advanced Engineering in Action

Engineering Skills the Workforce Needs Now

The UAS industry is projected to grow exponentially. Students who understand multi-rotor design, flight dynamics, and mission planning are preparing for careers that exist today—not someday.

Through structured builds and flight testing, students develop:

Science

  • Aerodynamics and multi-rotor flight forces
  • Wind resistance and environmental impact analysis
  • Cause and effect in UAS systems

Technology

  • Flight controller configuration with iNav
  • Safety protocols and operational procedures
  • Performance testing and evaluation

Engineering

  • Iterative design across multiple configurations
  • Structural analysis and load optimization
  • Aeronautical engineering concepts
  • Mission-based problem-solving

Math

  • Load distribution and weight calculations
  • Acceleration and flight variables
  • Logical reasoning and performance data
  • Efficiency optimization

Why Teachers Love Drone Infinity Kit

Multi-Configuration Builds

Multi-Configuration Builds

Compare quadcopter and hexacopter systems to analyze performance differences.

Industry-Adjacent Tools

Industry-Adjacent Tools

Configure drones using iNav flight software aligned with real-world UAS systems.

Real Aviation Materials

Real Aviation Materials

Carbon fiber frames and professional-grade components give students hands-on experience with actual UAS hardware.

Flexible Implementation

Flexible Implementation

Use as a standalone engineering project, integrate into existing CTE courses, or scale up with optional curriculum bundles.

Student-Built from the Ground Up

Student-Built from the Ground Up

Students assemble, configure, and test every component — reinforcing engineering design thinking through hands-on iteration.

Everything to Build and Fly

Everything to Build and Fly

Kit includes drone body, flight controller, motors, carbon fiber frame, propellers, battery, charger, transmitter, and digital guides.

Flexible Purchasing Options

Pricing and volume discounts are built in—choose the path that fits your purchasing process.

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Frequently Asked Questions

What makes the Drone Infinity Kit different from other classroom drones?

Infinity is a full UAS engineering platform. Students build both quadcopter and hexacopter configurations from the same kit, configure flight parameters using iNav software, and test performance across designs. It is designed for high school programs that need depth, rigor, and real-world engineering connections.

Is this appropriate for high school STEM and CTE programs?

Yes. Drone Infinity is designed for advanced high school engineering, aviation, and CTE pathways. Structured curriculum with flight activities and engineering challenges is available separately. The kit is also CTSO approved.

Does iNav capture any student data?

No. iNav is an open-source flight configuration tool that runs locally. No student data is collected, stored, or transmitted. A Privacy Statement is included with every purchase.

Is curriculum included with the kit?

The kit includes a Digital User Guide, Builder's Guide, and iNav Quick-Start Guide for assembly and flight. For a semester-long introduction to drone design, operation, and flight, explore the High School Drone Engineering Program.

Can students capture aerial photos and video?

Yes, with the Drone Infinity Camera Kit (sold separately). It adds real-time aerial imaging capabilities for data collection, mapping, and environmental observation.

Is this product compliant for school purchasing?

Yes. The Drone Infinity Kit is Section 889 compliant. All compliance documentation is included with every purchase.